How to Set Up Backups for Your Website: What to Back Up and How Often

Overview

A solid backup plan is part of responsible web hosting, not an optional extra. Many site owners assume their host already handles everything, but hosting backups vary widely. Some plans keep only short retention windows, some exclude certain files, and some make full self-service restores harder than expected. That is why a useful backup strategy starts with one question: if your site broke today, what exact data would you need to restore service quickly and accurately?

For most websites, the answer includes more than just web files. A complete website backup guide should account for content, databases, media, configuration, DNS-related records you may need to rebuild, SSL materials where applicable, email-related settings, and any off-platform services tied into the site. The right frequency depends on change rate, business impact, and how much data loss you can tolerate.

A simple way to think about backup planning is with two targets:

• Recovery point: how much recent data you can afford to lose. If your store gets orders every hour, losing a full day may be too much.
• Recovery time: how long you can afford for the site to stay down during restoration.

Those two limits shape your schedule. A low-traffic brochure site might be fine with daily backups and monthly archives. A busy application may need hourly or near-continuous database protection alongside daily file snapshots.

In practical terms, your backup setup should usually include:

• Automatic backups at the hosting or platform level
• Offsite copies stored separately from the production server
• Retention rules so you have recent and older restore points
• Restore testing on a staging or temporary environment
• Documentation so restores do not depend on one person’s memory

If you are comparing hosting providers, this is one reason managed hosting vs unmanaged hosting matters. Managed environments often simplify scheduled backups, monitoring, and one-click restore workflows. Unmanaged setups may offer more control but usually require clearer ownership of scripts, storage, retention, and validation.

Use the rest of this guide as a reusable checklist whenever your stack changes, traffic increases, or you move to a new host.

Checklist by scenario

This section helps you match backup scope and frequency to the way your site actually works. If you have ever asked, “How often should I back up my website?” the honest answer is: often enough to protect the data you cannot easily recreate.

1. Static website or portfolio

Typical setup: HTML, CSS, JavaScript, image assets, maybe a simple contact form handled by a third party.

What to back up:

• Site files and media assets
• Build files or source repository if the site is generated
• Deployment configuration
• DNS zone records or a documented export of them
• Any environment variables used in builds or forms

Suggested frequency:

• Backup on every deployment or content change
• Weekly automated archive if changes are infrequent
• Monthly offsite snapshot for longer-term rollback

Retention idea: Keep several recent deployment versions plus a few monthly archives.

Main risk: accidental deletion, bad deploy, expired services, or lost build settings.

2. WordPress site, blog, or content-heavy business website

Typical setup: CMS core, themes, plugins, uploads, and a database that changes whenever posts, forms, or comments are updated.

What to back up:

• Database
• Uploads and media library
• Themes and child themes
• Plugins
• Configuration files such as wp-config.php
• Custom code snippets, redirects, scheduled tasks, and cron settings
• Any ecommerce or membership plugin data not easily rebuilt

Suggested frequency:

• Database: daily at minimum, more often for active sites
• Files: daily or after updates
• Before every plugin, theme, or core update: take an on-demand backup
• Before migrations or major design changes: full backup plus restore test

Retention idea: Daily backups for recent recovery, weekly backups for medium-term issues, monthly archives for slower-detected problems.

Main risk: plugin conflicts, compromised admin access, broken updates, or silent content loss.

If your site runs on WordPress, it helps to pair backup planning with hosting features designed for beginners and growing sites. See Best Hosting for WordPress Beginners for a broader view of what to look for.

3. Ecommerce website

Typical setup: product catalog, customer accounts, orders, transactional emails, inventory updates, and payment integrations.

What to back up:

• Primary database, including products, orders, and customer records where stored
• Media assets such as product images
• Application code and themes
• Configuration files and API integration settings
• Tax, shipping, coupon, and storefront configuration
• Exported reports if needed for business continuity
• Documentation for payment, email, and inventory integrations

Suggested frequency:

• Database: hourly or more often on active stores
• Files: daily, plus before releases
• Pre-promotion or seasonal peak: create a verified restore point

Retention idea: Short-term frequent backups plus weekly and monthly archives. Seasonal businesses may also keep pre-event baselines.

Main risk: losing recent orders, inventory mismatches, or restoring a version that breaks fulfillment workflows.

For stores, backup timing matters as much as storage. During major sales periods, revisit schedules before traffic spikes rather than after. That fits naturally with broader uptime planning discussed in Uptime Guarantees Explained.

4. Web application or SaaS product

Typical setup: code repository, database cluster, object storage, containers or virtual machines, secrets, CI/CD pipelines, and observability tooling.

What to back up:

• Databases and transaction logs where applicable
• Application configuration and environment definitions
• Infrastructure as code templates
• Object storage buckets and uploaded user content
• Secrets management references and recovery procedures
• Container images if not reproducible elsewhere
• Deployment scripts, job definitions, queues, and worker configuration
• DNS and edge settings that affect routing

Suggested frequency:

• Databases: frequent snapshots and point-in-time options if supported
• Object storage: scheduled replication or versioning
• Infrastructure and config: on every change through version control
• Release-based backups before major schema or platform changes

Retention idea: Blend short retention for rapid rollback with longer archives for compliance, auditing, or incident review.

Main risk: thinking that code in Git equals a full backup. It does not. You still need state, secrets workflows, storage protection, and tested rebuild procedures.

5. Small business website with email and third-party services

Typical setup: brochure site or CMS, domain email, forms, bookings, CRM, analytics, and DNS records spread across providers.

What to back up:

• Website files and database
• DNS records
• Email-related DNS settings such as MX, SPF, DKIM, and DMARC records
• Form submissions if stored on-site
• User accounts and role lists
• Booking or lead-management exports where possible
• A simple vendor inventory: registrar, DNS host, hosting provider, email provider, and login recovery methods

Suggested frequency:

• Daily for site data
• Any time DNS or email records change, update your documentation
• Monthly export of critical business data from third-party tools

Main risk: restoring the website but forgetting the supporting services required to make it fully operational.

This is where domain and hosting overlap. If you ever need to move providers, a clear record of your domain, DNS hosting, and email setup reduces downtime. Related reads include Business Email With Your Domain and Website Migration Checklist.

Universal website restore checklist

No matter the scenario, your restore process should answer these questions before an incident happens:

• Where are backups stored?
• Who can access them in an emergency?
• Can you restore files and databases separately?
• Can you restore to staging first?
• How long does a typical restore take?
• What post-restore checks confirm the site is healthy?
• How do you roll back if the first restore point is also corrupted?

What to double-check

Once a basic schedule is in place, the next job is validation. This is the difference between “backups exist” and “backups will help.”

Confirm exactly what your host includes

Hosting backups explained in marketing language are not always enough for operational planning. Verify:

• How often backups run
• How many restore points are kept
• Whether backups are stored off-server
• Whether databases, email, and user uploads are included
• Whether restores are self-service or support-assisted
• Whether you can download your own copy

If the host offers backups but not easy exports, consider maintaining a second offsite layer you control.

Separate production from backup storage

A backup on the same server, same account, or same compromised control panel may not protect you during a serious incident. Keep at least one copy in a different environment. For many teams, that means a mix of hosting-level snapshots and external object storage or repository-based configuration backups.

Test a full restore, not just a file download

A backup job can succeed while the restore process fails. Run a restore test to a staging site or temporary environment and verify:

• Pages load normally
• Database connects correctly
• Media files appear
• Logins work
• Forms, checkout, or account actions function
• SSL is valid after restoration if required
• Scheduled jobs and integrations resume as expected

This step is especially important before a migration, redesign, or host change.

Document DNS and domain dependencies

Strictly speaking, DNS records are not always part of a hosting backup, but they are often part of recovery. If you need to rebuild quickly, keep a current record of:

• A, AAAA, CNAME, MX, TXT, and CAA records
• Name server settings
• TTL choices for critical records
• CDN, proxy, or edge routing configuration
• Registrar account access and renewal settings

For related operational hygiene, see Domain Renewal Guide and How to Secure a New Domain Before Launch.

Protect backups themselves

Backups can contain sensitive customer, admin, or configuration data. Double-check:

• Encryption at rest where available
• Restricted access and least-privilege permissions
• Strong credentials and MFA on storage accounts
• Clear retention and deletion policies
• No publicly exposed backup directories

Security work should extend to certificates and traffic protection as well. If you are reviewing hosting with SSL options, Free SSL vs Paid SSL can help frame that decision.

Common mistakes

The most expensive backup mistakes are usually the quiet ones: assumptions, gaps, and stale procedures that only surface during an outage.

Relying on a single backup method

One plugin, one host snapshot, or one manual export is better than nothing, but not enough for important sites. A layered approach is more resilient: host-level backups for speed, offsite storage for separation, and version-controlled configuration for reproducibility.

Backing up too little or too much

If you only back up files and skip the database, dynamic content may be lost. If you back up large transient data sets without a plan, storage costs and restore complexity rise. Focus on what is necessary to rebuild service accurately.

No pre-change backups

Routine scheduled backups are useful, but risky changes deserve on-demand restore points. Always create a fresh backup before plugin updates, schema changes, major content imports, DNS migrations, or moving to a new host.

Keeping backups for too short a time

Some problems are discovered late: corrupted data, compromised admin access, or broken functionality introduced weeks earlier. Short retention can leave you with only already-damaged copies. Include recent, medium-term, and longer-term restore points where practical.

Never testing restores

This is the classic failure. A backup strategy without restore drills is incomplete. Even one documented quarterly test is better than none.

Ignoring related systems

Your website may depend on DNS hosting, email routing, API keys, CDN settings, cron jobs, and external storage. If those are missing from your recovery notes, the site may come back partially broken.

Treating Git as a full disaster recovery plan

Version control is essential for code, but it does not preserve production databases, uploaded files, or provider-side configuration on its own.

When to revisit

Your backup plan should change when your website changes. Revisit it before seasonal planning cycles, before major launches, and whenever workflows or tools change. A calm 20-minute review now is easier than improvising during an outage.

Use this practical review checklist:

1. List what changed. New plugins, new app services, more traffic, larger media library, new email provider, new DNS host, or a move from shared hosting to cloud hosting all affect backup scope.
2. Reassess frequency. If content updates or transactions increased, shorten the interval for the database or critical data store.
3. Check retention windows. Make sure you still have enough history to catch slow-moving problems.
4. Run a restore test. Restore the latest full backup to staging and record any missing steps.
5. Update the recovery document. Keep provider names, login recovery methods, storage locations, and step-by-step restore notes current.
6. Review account access. Remove stale permissions and confirm the right people can access backups in an emergency.
7. Verify domain, DNS, and SSL dependencies. Recovery is faster when supporting records and certificates are documented, not rediscovered under pressure.

If you are planning a host change, do not wait until migration day to review backups. Pair this article with Website Migration Checklist so you can transfer a website with less downtime and a clearer rollback path.

The simplest evergreen rule is this: back up the parts of your site you cannot afford to recreate, at intervals that match how fast they change, and test restoration often enough that the process stays familiar. That is the practical core of secure web hosting with backups, whether you run a personal site, a small business website, or a production application.